Since the 1970s, the global ecological environment is deteriorating and the world energy crisis, making it environmentally and energy-saving coating systems increasingly popular in the electrodeposition coating process nearly 60 years of research, people constantly improve their performance while , also the pursuit coating adaptability. A cathodic electrophoretic paint developed cryogenic stage in the market are high temperature cathodic electrophoretic paint baking, baking temperature is generally between 170-180 ℃, and some even above 200 ℃ or 200 ℃, energy consumption great, so the study low cathodic electrodeposition paint imperative. Conventional cathodic electrophoretic paint is wrapped in a closed urethane base resin, and then emulsifying the deblocking temperature of the polyurethane is closed electrophoretic paint curing temperature, the lower the temperature of the closure means deblocking polyurethane cured electrophoretic paint reduces temperature. The main cryogenic deblocking polyurethane sealer is selected corresponding to a different type of blocking agent deblocking temperature, e.g. copper methylethyl, dimethyl imidazole, acetanilide, sugar alcohols, such as ethylene glycol monobutyl ether deblocking temperature of 130-150 ℃, while the multi-isocyanate deblocking temperature is also affected, by selecting the different blocking agents and polyisocyanate, examine their effects on the deblocking temperature of the polyurethane synthesis, and the impact of the closure of the film properties of the solvent, thus synthesized low reopened polyurethane, acrylic resin together with paired low cathodic electrodeposition paint. Second, the application of cathodic electrophoretic paint cold with traditional solvent-based coatings and other dipping, spraying water-based paint baking compared to low temperature curing cathodic electrodeposition coating has incomparable superiority. 1. Drying temperature is low, saving fuel costs. After low-temperature curing type cathodic electrophoretic coating, the coating can reduce the amount of about 10%; temperature curing baking temperature is reduced by 10%, energy savings of 10%. 2 does not produce smoke and smoke oil while drying. Mitigate electrophoresis oven pollution, reducing emissions, environmentally friendly. 3 does not produce strain painting large workpieces. Reduction of the film due to the mere mention of baking to improve the coating quality. 4 castings can paint thickness of the workpiece. Excellent corrosion resistance coating, good coverage, high degree of automation of painting equipment, paint high utilization. With the development of metal surface treatment industry, the relevant environmental regulations have been put forward, and because of rising raw material prices rose painting costs, many manufacturers in the choice of material when the product is substantially lower prices will choose materials and zinc alloys with super plasticity and cost are widely used. The lower the melting point of zinc alloy, after high temperature baking is prone to deformation of the workpiece, the traditional high-temperature applications in electrophoretic paint zinc alloy workpieces on the subject of a great deal of restraint, with the advent of low electrophoretic paint, to bake bake temperature is reduced to a minimum 130 ℃ curing, thereby greatly reducing the limitations of electrophoretic paint application on zinc alloy workpiece, making zinc alloy surface treatment can get more good coating effect. Low electrophoretic paint applied in plating workpiece is also very wide total is well known, the competition is fierce now electroplating industry, we are in order to reduce production costs and improve competitiveness in the plating process has been simplified to varying degrees, so that makes electroplated layer thinned, then plating workpiece surface coating protection is particularly important, and electrophoretic coating is the most suitable for the protection of the plating process workpiece while the workpiece plating and zinc alloy plating workpiece as intolerant high temperature baking, easy blistering, the application of low electrophoretic paint also solves this problem. Low-temperature curing type cathodic electrophoretic coating has good weather resistance, decorative appearance, corrosion resistance and durability, the future development of the coating plays an active role in pioneering areas in the field of development and application of paint will have a great potential . Shenzhen-State Science and Technology Co., Ltd. is a professional electrophoretic paint research and development, production and marketing of high-tech enterprises. The company's main products are: acrylic cathodic electrophoretic coating, cathodic electrodeposition coating of polyurethane, cold cathode electrophoresis paint, white electrophoretic paint, oil-based pigment, matte paste, aluminum paste, hair gel electrophoresis bronze Blackwater and electrophoresis kits needed for production equipment. Companies from product formulation design, testing, manufacture, inspection processes and services, all in strict compliance with international and national environmental laws and regulations, and fully guarantee the fundamental requirements of the company in favor of environmentally friendly products, and products with excellent efficiency, low consumption, environmental protection height value. Hotline :400 -800-9550 Keywords: cold cathode electrophoretic paint ZhiBang